Marathon Cheats — Aimbot, ESP & Loot Filters for Extraction Raids

Marathon cheats for clearer extraction fights, smarter loot reads, and better raid awareness every run

Marathon cheats from Cheesysproducts cover Marathon Full — the single product in the live Marathon category. Marathon Full includes player ESP with box, full and corner box type, shell icons and names, name, distance, health, shield, skeleton, and backpack rarity. AI ESP with box, full and corner box type, name, distance, skeleton, and health. Loot world tools with loot, rarity and type filters, server list, and radar. Aimbot with bone selection for head, neck, chest, right shoulder, left shoulder, and closest bone, X and Y speed control, snaplines, and FOV circle. Undetected, Windows 10 and 11, Intel and AMD. A Marathon carry service is also available as a separate purchase for players who want assistance with progress rather than software.

Marathon is an extraction game where every raid decision carries a cost — staying too long risks your gear, picking the wrong fight costs your extract window, and missing valuable loot costs progression. Marathon Full covers the full information and aim layer of that loop: player reads for pressure decisions, AI reads to separate enemy presence from player threats, loot filtering to make value decisions faster, radar for positional awareness, and aim controls that can be tuned around the fast, high-stakes fights that define extraction play.

Player ESP: backpack rarity, health, shield, and fight selection

Marathon fights are extraction fights — the decision to commit is not only about aim, it is about whether the risk matches the potential value. Player ESP in Marathon Full surfaces the information that drives those decisions.

Box, health, shield, distance, and skeleton

Box ESP with full and corner options marks player positions across the field of view — full boxes provide a clear perimeter, corner boxes reduce visual density while preserving the location read. Distance tells you whether pressure is immediate or still developing. Health and shield are the two reads that determine fight commitment: a player at full shield in a favorable position is a different calculation from a player with depleted health retreating across open ground. Skeleton gives posture context — crouch state, lean direction, movement angle — that boxes alone cannot capture. Shell icons and names display player-specific identifiers that make the overlay feel contextually anchored to Marathon's visual language. Visible check support is planned for a future update.

Backpack rarity: the extraction-specific advantage

Backpack rarity is the ESP element that most directly reflects Marathon's extraction economy. A player's threat level is not only about their position — it is also about what they are carrying and whether the fight, if you win it, produces value that justifies the risk and time spent. High-rarity backpack content suggests the player has been looting effectively and is worth engaging if the position is favorable. Low-rarity content may indicate a player still early in their run, potentially less experienced or less geared. In an extraction game, knowing this before you engage is the kind of information advantage that consistently changes fight selection decisions over a session.

AI ESP: isolating enemy threats in a busy extraction environment

AI pressure in Marathon can create the same situational confusion as in other extraction games — an AI encounter at the wrong time masks the sound or approach of a player squad, and reacting to the wrong threat first is one of the most common causes of wipe. AI ESP in Marathon Full gives you the read to separate those threat types.

Box, name, distance, health, and skeleton

AI box ESP marks non-player threats using the same visual structure as player ESP, making it possible to read both layers simultaneously without confusion. Name display gives combat-relevant context when different AI types require different responses — knowing what type of enemy is approaching changes whether you engage, avoid, or use the AI as cover for a player push. Distance shows whether the AI threat is immediate or still outside engagement range. Health information determines how much focus the AI requires before you can move on — a heavily damaged AI can be deprioritized while a fresh high-health enemy at close range demands immediate attention. Skeleton on AI targets provides movement and positioning reads useful during encounters where AI cluster density makes individual threat identification difficult from boxes alone. Visible check support is planned.

Loot world tools: rarity filters, radar, and extraction routing

Extraction matches are not only about winning fights. They are about choosing what is worth taking, what route is worth taking it on, and when to stop looting and start extracting. Loot world tools in Marathon Full are built around filtering and awareness rather than showing everything at maximum intensity.

Rarity and type filters

Loot filters by rarity set a floor below which items do not appear on the overlay — useful for tuning the display to match your current gear goal. Early in a session when any upgrade matters, keep filters loose. Later in a run when your backpack is filled with high-value items, raise the threshold so only exceptional drops appear and the rest of the visual noise disappears. Type filters add an additional dimension — weapons only, a specific armor slot, or items that fit a current extraction objective — so the overlay shows what you are actively looking for rather than everything that is on the ground. Server list tools surface match server information relevant to connection quality and competitive play decisions.

Radar for extraction phase awareness

Radar adds positional awareness of nearby entities that operates independently of your camera angle, giving you continuous threat tracking during looting phases when your camera is pointed at a container or corpse rather than at the room you are standing in. During extraction phase, radar tells you whether other players are converging on your route before you commit to the final approach — the information type that determines whether a clean extraction becomes a contested fight or goes uncontested entirely.

Aimbot: bone selection, X/Y speed, and FOV for extraction fights

Marathon fights are high-stakes and often short — gear loss on death and extraction time pressure means each fight is more consequential than in a respawn game. Marathon Full's aimbot is built for adjustment across the fight types that extraction creates rather than a single locked profile.

Bone selection and closest-bone targeting

Bone selection covers head, neck, chest, right shoulder, left shoulder, and a closest-bone adaptive option. Head targeting produces maximum precision pressure but requires accurate tracking during the strafing and ability movement common in Marathon. Chest targeting anchors to a larger and more stable hitbox — easier to maintain through movement, particularly useful in CQB fights where the target is closing distance. Shoulder options provide intermediate anchor points. Closest-bone targeting selects whatever part of the enemy model is nearest to the current crosshair, adapting per-frame to how the target is presenting without requiring a fixed bone choice. This is the most flexible option for extraction fights that shift between ranges and angles within a single engagement.

X/Y speed, snaplines, and FOV circle

X and Y speed controls adjust aim correction rate on each axis independently — horizontal (X) and vertical (Y) — allowing tuning for different movement patterns without uniform speed changes affecting both axes. Snaplines display on-screen lines showing target selection behavior, useful during configuration to verify which target is active in multi-target scenarios. FOV circle renders the active acquisition zone on screen for visual confirmation during setup. Visible check support is planned as a future addition.

Setup guide by raid approach

• Solo extraction run: player ESP with backpack rarity, health, shield, distance, and skeleton. Loot filters set to rarity threshold matching your current gear goals. Radar at moderate range for extraction phase awareness. Aimbot with closest-bone targeting and conservative X/Y speed. AI ESP with distance and health to avoid distraction from non-player threats.
• Squad push: player ESP health and shield reads prominent for fight commitment coordination. AI ESP name display to identify priority targets during contested area clears. Loot filters loose immediately after fights, tightened during movement phases. Radar always visible for collapse reads and extraction route monitoring.
• Value-focused loot run: loot filters set by rarity and type for active farming. Radar as primary awareness layer during looting phases. Player ESP backpack rarity read for fight selection — only engage high-value targets when position is favorable. Aimbot present but not the primary configuration focus.
• All setups: build ESP layers in order — player first, AI second, loot third. Use FOV circle to verify aimbot range before entering a raid. Keep each layer at distance limits that reflect operational relevance, not maximum possible range.

Browse the full Marathon cheats category, go directly to Marathon Full, or check the Marathon carry service for a progress assistance option. For game background, see the official Marathon site or Marathon on Wikipedia. Visit the Cheesysproducts homepage to browse all products.